Manufacturing Processes & Machinery
Custom plate rolling services for steel, stainless steel, aluminum, and special alloys, creating cylindrical, conical, and multi-radius shapes with high dimensional accuracy, from single parts to large production runs.
The precision of plate rolling depends on several factors, including material thickness, mechanical properties, required diameter, and dimensional tolerances. For this reason, every rolling operation requires careful assessment and specific expertise.
At Officine Tironi, plate rolling is supported by decades of experience and a continuously upgraded machinery fleet, enabling us to handle both small custom projects and high-volume production runs. Throughout the process, each component is inspected to verify dimensional accuracy, radius conformity, and the absence of deformation before progressing to subsequent manufacturing stages.
Plate rolling is widely used across numerous industrial sectors and is a key process in the production of structural and functional components.
Typical applications include:
Tanks and pressure vessels
Industrial piping and ductwork
Heavy and light structural steel fabrication
Architectural and industrial design elements
Our machine fleet allows us to work on everything from precision components to large-format and high-thickness sheets, adjusting roller pressure, feed speed, and the number of passes according to the material and geometry required by each project.
At Officine Tironi, sheet metal rolling is not an isolated operation: it is part of an integrated production flow that includes cutting, bending, welding, and finishing departments. This means that curved components leave our facility ready for the next assembly stages, without intermediate steps between different suppliers — providing tangible advantages in terms of lead times, quality, and traceability.
Frequently Asked Questions About Materials, Precision, and Feasibility
Sheet metal rolling is a mechanical process that transforms a flat sheet into a curved, cylindrical, or conical component. The metal sheet passes through hardened rollers that apply controlled pressure, progressively modifying its shape without compromising its mechanical properties.
Bending creates a defined angle along a specific line of the sheet metal, while rolling produces a continuous curve across the entire surface, creating cylindrical, conical, or multi-radius shapes. These are complementary processes and are often used together on the same component.
The maximum workable thickness depends on the technical characteristics of the rolling machine and the type of material being processed. Officine Tironi’s rolling machines can accurately process sheets up to 3,000 mm in width and up to 20 mm in thickness.
